"新能源汽车发展与制动系统设计:电动观光车创新设计及性能分析"
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Due to the unprecedented impact of the COVID-19 pandemic on the automotive industry, many major car manufacturers such as Ford, General Motors, Toyota, Honda, and BMW have halted production, and even China's largest automaker SAIC Motor Group has announced salary cuts to reduce expenses. The stock market in the automotive industry has taken a hit. However, looking at this situation with a developmental perspective, the future of the automotive industry, especially in the field of new energy vehicles, remains promising. The brake system is one of the most critical components in ensuring the safety of vehicles, with factors such as stability, consistency, and reliability being crucial aspects of the braking system. With the current national focus on supporting the development of new energy vehicles, energy conservation and environmental protection have become important societal concerns. Brake feedback can help electric sightseeing cars save energy during charging and increase their driving range. Additionally, active safety features like ABS systems can enhance the driving safety of electric vehicles. This paper introduces the structural principles and design calculation methods of the brake system of electric sightseeing cars, providing analysis and design calculations for the performance of these vehicles. The key focus areas include disc brake systems, brake parameters, brake performance, and brake feedback. Overall, the development of electric sightseeing cars is not only vital for the automotive industry but also contributes to the larger goal of sustainability and environmental protection. The incorporation of efficient and reliable brake systems in these vehicles ensures not only safety but also improved energy efficiency, ultimately paving the way for a more sustainable transportation system in the future.
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